Evaluation of Glaucomatous Visual Field Loss with Locally Condensed Grids Using Fundus-Oriented Perimetry (FOP)
Autor: | A. Malsam, M. Flad, Traugott J. Dietrich, Peter Oliver Denk, Reinhard Vonthein, F. Stumpp, J. Paetzold, M. Knorr, Ulrich Schiefer |
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Rok vydání: | 2001 |
Předmět: |
Adult
Male medicine.medical_specialty Adolescent Fundus Oculi Eye disease Vision Disorders Glaucoma Fundus (eye) 03 medical and health sciences 0302 clinical medicine Optics Ophthalmology medicine Humans Sign test Campimeter Aged Mathematics Aged 80 and over business.industry Blind spot General Medicine Middle Aged medicine.disease Visual field 030221 ophthalmology & optometry Visual Field Tests Female Visual field loss Visual Fields business 030217 neurology & neurosurgery |
Zdroj: | Scopus-Elsevier Europe PubMed Central |
ISSN: | 1724-6016 1120-6721 |
Popis: | Purpose We compared detection rates of glaucomatous visual field defects (VFDs) between a conventional rectangular stimulus grid and locally condensed test point arrangements in morphologically suspicious regions. Methods Humphrey Field Analyzer model 630 (HFA I, program 30-2 with a rectangular 6° × 6° grid) was used as the conventional perimetric method. Individual local test-point condensation was realized by fundus-oriented perimetry (FOP) on the Tuebingen Computer Campimeter (TCC). Results Of a total of 66 glaucoma patients, or suspected sufferers, 23 showed normal findings and 27 showed pathological findings with both methods. In 15 cases we found normal visual fields in HFA 30-2, whereas FOP revealed early glaucomatous functional damage. Only one case showed pathological HFA results, while FOP was normal. Detection rates of VFDs significantly differed between the two methods (p < 0.001; sign test). Conclusions FOP, using individually condensed test grids, significantly increases detection rates of glaucomatous VFDs in morphologically suspicuous areas compared with a conventional HFA 30-2 technique using equidistant rectangular (6° × 6°) test point arrangements. |
Databáze: | OpenAIRE |
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